public void ColorWithComponent()
{
var color = new SKColor();
Assert.Equal(0, color.Red);
Assert.Equal(0, color.Green);
Assert.Equal(0, color.Blue);
Assert.Equal(0, color.Alpha);
var red = color.WithRed(255);
Assert.Equal(255, red.Red);
Assert.Equal(0, red.Green);
Assert.Equal(0, red.Blue);
Assert.Equal(0, red.Alpha);
var green = color.WithGreen(255);
Assert.Equal(0, green.Red);
Assert.Equal(255, green.Green);
Assert.Equal(0, green.Blue);
Assert.Equal(0, green.Alpha);
var blue = color.WithBlue(255);
Assert.Equal(0, blue.Red);
Assert.Equal(0, blue.Green);
Assert.Equal(255, blue.Blue);
Assert.Equal(0, blue.Alpha);
var alpha = color.WithAlpha(255);
Assert.Equal(0, alpha.Red);
Assert.Equal(0, alpha.Green);
Assert.Equal(0, alpha.Blue);
Assert.Equal(255, alpha.Alpha);
}
private void GenerateUserStats()
{
var startAccuracy = 0.7;
var endAccuracy = 0.9;
var startAverageSpeed = 10;
var endAverageSpeed = 20;
var startRepetitionsPerSecond = 0.7;
var endRepetitionsPerSecond = 1;
SKColor startColor = SKColor.Parse("#FF1166");
SKColor endColor = SKColor.Parse("#6173AB");
var startColorRed = startColor.Red;
var startColorBlue = startColor.Blue;
var startColorGreen = startColor.Green;
DateTime currentDay = DateTime.Now.AddDays(-10);
accuracyEntries = new List <Entry>();
averageSpeedEntries = new List <Entry>();
repsPerSecEntries = new List <Entry>();
Random r = new Random();
for (int i = 1; i <= 10; i++)
{
var avgSpeed = (float)Math.Sqrt(startAverageSpeed * startAverageSpeed
+ (endAverageSpeed * endAverageSpeed - startAverageSpeed * startAverageSpeed) / 10 * (i + r.NextDouble()));
var accuracy = (float)Math.Sqrt(startAccuracy * startAccuracy
+ (endAccuracy * endAccuracy - startAccuracy * startAccuracy) / 10 * (i + r.NextDouble()));
var repeationsPerSecond = (float)Math.Sqrt(startRepetitionsPerSecond * startRepetitionsPerSecond
+ (endRepetitionsPerSecond * endRepetitionsPerSecond
- startRepetitionsPerSecond * startRepetitionsPerSecond) / 10 * (i + r.NextDouble()));
var difRed = endColor.Red - startColor.Red;
var difGreen = endColor.Green - startColor.Green;
var difBlue = endColor.Blue - startColor.Blue;
var color =
startColor
.WithRed((byte)(startColorRed + difRed * i / 10))
.WithBlue((byte)(startColorBlue + difBlue * i / 10))
.WithGreen((byte)(startColorGreen + difGreen * i / 10));
averageSpeedEntries.Add(new Entry(avgSpeed)
{
Color = color,
Label = currentDay.Day.ToString() + "." + currentDay.Month
});
accuracyEntries.Add(new Entry(accuracy)
{
Color = color,
Label = currentDay.Day.ToString() + "." + currentDay.Month
});
repsPerSecEntries.Add(new Entry(repeationsPerSecond)
{
Color = color,
Label = currentDay.Day.ToString() + "." + currentDay.Month
});
currentDay = currentDay.AddDays(1);
}
}
public void ColorWithComponent()
{
var color = new SKColor();
Assert.AreEqual(0, color.Red);
Assert.AreEqual(0, color.Green);
Assert.AreEqual(0, color.Blue);
Assert.AreEqual(0, color.Alpha);
var red = color.WithRed(255);
Assert.AreEqual(255, red.Red);
Assert.AreEqual(0, red.Green);
Assert.AreEqual(0, red.Blue);
Assert.AreEqual(0, red.Alpha);
var green = color.WithGreen(255);
Assert.AreEqual(0, green.Red);
Assert.AreEqual(255, green.Green);
Assert.AreEqual(0, green.Blue);
Assert.AreEqual(0, green.Alpha);
var blue = color.WithBlue(255);
Assert.AreEqual(0, blue.Red);
Assert.AreEqual(0, blue.Green);
Assert.AreEqual(255, blue.Blue);
Assert.AreEqual(0, blue.Alpha);
var alpha = color.WithAlpha(255);
Assert.AreEqual(0, alpha.Red);
Assert.AreEqual(0, alpha.Green);
Assert.AreEqual(0, alpha.Blue);
Assert.AreEqual(255, alpha.Alpha);
}
public Sound()
{
frames = 0;
N = 1024;
int N1 = 1080;
SKColor wh = new SKColor();
wh.WithAlpha(0xFF);
wh.WithBlue(0xFF);
wh.WithRed(0xFF);
wh.WithGreen(0xFF);
bitmap = new SKBitmap(1920, 1080);
int col, row;
for (col = 0; col < 1920; col++)
{
for (row = 0; row < N1; row++)
{
bitmap.SetPixel(col, row, wh);
}
}
canvasView = new SKCanvasView();
canvasView.PaintSurface += OnCanvasViewPaintSurface;
Content = canvasView;
InitializeComponent();
curr_train = 0;
tottrain = 0;
classnames = new string[20]; // maximum 20 classes
pca = new PCA();
App m = ((App)App.Current);
if (m.LanguageSelected == Coronario2.App.Lang.En)
{
l0.Text = "Sound Processor";
btnOpen.Text = "Open";
btnPlay.Text = "Play";
btnAnalyze.Text = "Analyze";
l1.Text = "Cough";
l2.Text = "Respiratory";
l3.Text = "Training";
l4.Text = "Tr. Samples";
l5.Text = "FFT Size";
l6.Text = "Subsampling (f/?)";
l7.Text = "Param1";
l8.Text = "Param2";
editorResults.Text = "Analysis Results";
btnDraw.Text = "Spectrum Draw";
btnClassify.Text = "Classify";
btnBack.Text = "Back";
btnNext.Text = "Next";
}
else
{
l0.Text = "Επεξεργαστής Ήχου";
btnOpen.Text = "ΑΝΟΙΓΜΑ";
btnPlay.Text = "ΑΝΑΠΑΡΑΓΩΓΗ";
btnAnalyze.Text = "ΑΝΑΛΥΣΗ";
l1.Text = "Βήχας";
l2.Text = "Αναπνοή";
l3.Text = "Εκπαίδευση";
l4.Text = "Δείγματα Εκπ.";
l5.Text = "Διάσταση FFT";
l6.Text = "Υποδειγματοληψία (f/?)";
l7.Text = "Παράμετρος 1";
l8.Text = "Παράμετρος 2";
editorResults.Text = "Αποτελέσματα Ανάλυσης";
btnDraw.Text = "ΣΧΕΔΙΑΣΗ ΦΑΣΜΑΤΟΣ";
btnClassify.Text = "ΤΑΞΙΝΟΜΗΣΗ";
btnBack.Text = "ΠΙΣΩ";
btnNext.Text = "ΕΠΟΜΕΝΟ";
}
tmptrain = l4.Text;
entryParam1.IsEnabled = false;
entryParam2.IsEnabled = false;
pickerAnalysis.SelectedIndex = 0;
}
